Limiting reagent and theoretical yield. Reaction and/or chemicals of interest:ImLPh-BrBromobenzeneMgEt₂0Moles:Ph-MgBrMolar Mass:Mass in grams: 3.159 Mass in grams:0.020 mole Moles:Density:1.5g/m1Boiling Point: 156°CLimiting Reagent:Theoretical Yield:PhEt₂0PhPh₂C-OMgBrMagnesiumBenzophenoneTriphenylmethanol157.01 g/m Molar Mass: 24:3ly/mro Molar Mass: 182-220) Molar Mass: 2600-33g/molH₂O*5: 0.5g Mass in grams:0.02/mde Moles:Ph3C-OH +MgBr(OH)4.0g0.022 maesMelting point: 48.5 Melting point: 1100-13°C

Given that, the given reaction scheme is shown below Also, given that, the mole of the each…

Answered: Limiting reagent and theoretical yield.

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Chemistry

Limiting reagent and theoretical yield.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

Limiting reagent and theoretical yield.

Reaction and/or chemicals of interest:
ImL
Ph-Br
Bromobenzene
Mg
Et₂0
Moles:
Ph-MgBr
Molar Mass:
Mass in grams: 3.159 Mass in grams:
0.020 mole Moles:
Density:
1.5g/m1
Boiling Point: 156°C
Limiting Reagent:
Theoretical Yield:
Ph
Et₂0
Ph
Ph₂C-OMgBr
Magnesium
Benzophenone
Triphenylmethanol
157.01 g/m Molar Mass: 24:3ly/mro Molar Mass: 182-220) Molar Mass: 2600-33g/mol
H₂O*
5: 0.5g Mass in grams:
0.02/mde Moles:
Ph3C-OH +
MgBr(OH)
4.0g
0.022 maes
Melting point: 48.5 Melting point: 1100-13°C

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